Plants produce water in the form of water vapor through the process of transpiration. Water vapor is mainly produced from the leaves and through the openings of holes. The holes are very small openings in the outer cell layer of the plant, through which the exchange of gases necessary for the processes of breathing and photosynthesis.
The slot is surrounded by two cells called "two warm cells". When the pituitary gaps in these cells are filled with water (ie, the pressure of the turgur is high) the two cells become tense and move apart. The gap opens. When the water is low (ie, the pressure of the turgur is low), the two hartans relax and close to each other and close the gap.
There is a special mechanism to control the opening and closing of the gaps, so that if the balance of water in the plants negative closed and stopped the process of transpiration and so the plant can withstand in times of extreme heat.
Water in the plant's body negatively affects its effectiveness and ultimately leads to its death. Water balance in plant bodies must also remain intact, as in humans and animals.
The slot is surrounded by two cells called "two warm cells". When the pituitary gaps in these cells are filled with water (ie, the pressure of the turgur is high) the two cells become tense and move apart. The gap opens. When the water is low (ie, the pressure of the turgur is low), the two hartans relax and close to each other and close the gap.
There is a special mechanism to control the opening and closing of the gaps, so that if the balance of water in the plants negative closed and stopped the process of transpiration and so the plant can withstand in times of extreme heat.
Water in the plant's body negatively affects its effectiveness and ultimately leads to its death. Water balance in plant bodies must also remain intact, as in humans and animals.