transpiration
No, plants lose water through their stomata in any condition when they are open for gas exchange. While high temperatures may increase water loss due to higher rates of transpiration, plants can also lose water through stomata during normal conditions for photosynthesis and gas exchange.
Plants lose water to the air through a process called transpiration, where water evaporates from the leaves and stems into the surrounding atmosphere. This water loss is part of the plant's natural mechanisms for nutrient uptake and temperature regulation.
These are the leaves of plants.
Plants can lose less water by closing their stomata during hot and dry conditions to reduce water loss through transpiration. They can also have a thicker waxy cuticle on their leaves to prevent water evaporation. Additionally, some plants have adaptations like succulence or deep root systems to acquire and store water more efficiently.
Transpiration
No, plants lose water to the air through a process known as transpiration.
water vapor
Plants lose most of their water by transpiration through the stomata of the leaves.
Plants consume water, in exchange we get oxygen. So the water levels are never the same I'd think.
transpiration
To save water they lose their leaves in order to keep the water in the tree through out the harsh weather.
Plants may lose mass when they don't have water due to dehydration and shrinking of cells. Water is essential for maintaining turgor pressure, which keeps plant cells rigid and upright. Without water, plants may wilt and appear to lose mass.
all the time One way is transpiration.
Um probably because it evaporates....
Plants lose water through the process of evaporation. Animals, on the other hand, lose water through urination, defecation, and perspiration.
No, plants lose water through their stomata in any condition when they are open for gas exchange. While high temperatures may increase water loss due to higher rates of transpiration, plants can also lose water through stomata during normal conditions for photosynthesis and gas exchange.