Okay, for plants to gain energy they break down sunlight through their cells in the way that is called photosynthesis. However, to do this, cells must keep their leaves open and faced towards the sunlight. Transpiration is like us sweating: we loose water in the process to cool down. The heat, air pressure, and solar radiation contribute to this. Because plants need energy, they have to open up and allow transpiration to happen. While they loose water, they gain energy. They just soak up more water from the ground. That is another reason why, if it is in a drought, that plants wither and die. They not only don't have enough water to keep themselves "fed" but the air is soaking up water when they gain energy.
The stomata, located on the underside of the leaf, facilitate both photosynthesis and transpiration. Stomata open to allow carbon dioxide to enter for photosynthesis, and also release water vapor during transpiration.
Transpiration is the process where plants carry water from the roots to the rest of the plant,including the leaf, to be used in photosynthesis.
Transpiration is essential to photosynthesis because it helps maintain the water flow through the plant, allowing nutrients and water to be transported to the leaves where photosynthesis occurs. It also cools the plant and creates a negative pressure that helps draw water and nutrients from the soil. Without transpiration, photosynthesis would be limited due to a lack of water and nutrients reaching the leaves.
Transpiration is the process by which water is lost from plants through pores in their leaves called stomata. It is directly related to photosynthesis, as the uptake of water during transpiration allows plants to transport nutrients through their vascular system and support the metabolic processes required for photosynthesis. Additionally, transpiration plays a role in cooling plants, maintaining their temperature and preventing dehydration.
Water loss in plants is typically greater during the day due to the process of transpiration, where water is lost through the stomata on the leaves. This is because transpiration rates are usually higher when the stomata are open for photosynthesis to occur. At night, when photosynthesis does not take place, transpiration rates are lower.
sun and transpiration
photosynthesis and vegetable transpiration.
Gaseous exchange, transpiration and photosynthesis
Transpiration is loosing water in vapor form.Photosynthetis makes glucose using CO2
The stomata, located on the underside of the leaf, facilitate both photosynthesis and transpiration. Stomata open to allow carbon dioxide to enter for photosynthesis, and also release water vapor during transpiration.
Transpiration is the price the plant pays for photosynthesis. The leaves need to have pores (stomata) in order for gas exchange to take place, carbon dioxide comes in and oxygen goes out. Unfortunately that means that water escapes.
Transpiration is when water evaporates from plants. It occurs chiefly in the leaves while their stomata are open during photosynthesis.
Transpiration is the process where plants carry water from the roots to the rest of the plant,including the leaf, to be used in photosynthesis.
The loss of water through a plant's leaves is called transpiration. It is a process where water is absorbed by the roots and then evaporates from the leaves into the atmosphere.
Photosynthesis, gaseous exchange and transpiration etc.
Transpiration is essential to photosynthesis because it helps maintain the water flow through the plant, allowing nutrients and water to be transported to the leaves where photosynthesis occurs. It also cools the plant and creates a negative pressure that helps draw water and nutrients from the soil. Without transpiration, photosynthesis would be limited due to a lack of water and nutrients reaching the leaves.
Transpiration is the process by which water is lost from plants through pores in their leaves called stomata. It is directly related to photosynthesis, as the uptake of water during transpiration allows plants to transport nutrients through their vascular system and support the metabolic processes required for photosynthesis. Additionally, transpiration plays a role in cooling plants, maintaining their temperature and preventing dehydration.