transpiration
stomata
The water evaporates through the stomata during transpiration. The stomata are very small holes on the surface of the leaf.
The evaporation of water from a leaf is part of a process called transpiration. Water is drawn up through the plant's roots and moves to the leaves, where it evaporates through small openings called stomata. This process helps the plant regulate its temperature and transport nutrients.
It evaporates into the air, or condensates onto the surface of a leaf.
Evaporated water is called vapors.
Plants release more water through their leaves due to a process called transpiration, where water evaporates from leaf surfaces. Stems also play a role in water transport, but the majority of water loss occurs through the leaves.
The phenomenon is called evaporation.
Water enters a leaf primarily through the roots via the xylem vessels, then moves up the stem to the leaf through a process called transpiration. Once in the leaf, water evaporates from the stomata on the leaf surface, creating a negative pressure that pulls up more water from the roots through the xylem. This continuous flow of water through the leaf helps transport nutrients and maintain cell turgidity.
These particles are molecules of gaseous water.
The process is known as 'The Water Cycle' and the basic steps are: Water evaporates from the ocean and forms water carrying clouds. Clouds rain down on the land. Plants take in the water through their roots. Water evaporates from the plant's leaves and is called Transpiration.
Transpiration is the process through which water vapor exits a leaf. This occurs when water is absorbed by plant roots, travels through the plant, and eventually evaporates from the leaf's stomata.
The process by which stomata release water from leaves is called transpiration. Water evaporates from the leaf surface through the stomata, creating a negative pressure in the leaf that pulls more water up from the roots through the xylem. This continuous movement of water helps plants maintain turgor pressure for structure and nutrient transport.