Plants typically have fewer stomata in environments with high water availability, such as in humid or wet conditions, as they do not need to conserve water as aggressively. Additionally, plants in shaded or low-light environments may also exhibit fewer stomata since photosynthesis rates are lower, reducing the need for gas exchange. Conversely, plants in arid or dry conditions generally have more stomata to facilitate gas exchange while also employing strategies to minimize water loss.
generally xerophytic plants have sunken stomata
Plants that fix CO2 into organic acids at night when the stomata are open and carry out the Calvin cycle during the day when the stomata are closed are called CAM (Crassulacean Acid Metabolism) plants. CAM plants have adapted their carbon fixation process to avoid water loss during the day by keeping stomata closed, and perform photosynthesis during the night when conditions are cooler and less water loss occurs.
No , stomata are not present in mushroom as they are fungi . Stomata are present in plants for gaseous exchange .
Plants without stomata include mosses, liverworts, hornworts, and algae. These plants lack true leaves and therefore do not have specialized structures like stomata for gas exchange.
Yes, plants like cacti that live in the desert tend to have fewer stomata compared to plants in the rainforest. This adaptation helps reduce water loss through transpiration, as stomata are the primary sites for water vapor to exit the plant. The reduced number of stomata in desert plants helps them conserve water in dry environments.
Water lilies will have less. Water plants have stomata on the sides exposed to air. Or if totally submerged, there are no stomata present. A cactus is covered with stomata but not as much as average plants.
The stomata would be narrower, thus osmosis would occur less, thus photosynthesis would be less. The stomatal pore will become narrower. Gaseous exchange to and fro stomata will be reduced. This will affect the rate of photosynthesis in green plants.
generally xerophytic plants have sunken stomata
If the stomata were smaller then CO2 would diffuse into the cell less rapidly.
Oh, isn't that a lovely question! Each plant is unique, just like a happy little tree. While most plants have stomata to help them breathe, the number of stomata can vary depending on the species and their environment. It's like how each person has a different number of freckles or a unique smile - nature is full of delightful surprises!
Plants that fix CO2 into organic acids at night when the stomata are open and carry out the Calvin cycle during the day when the stomata are closed are called CAM (Crassulacean Acid Metabolism) plants. CAM plants have adapted their carbon fixation process to avoid water loss during the day by keeping stomata closed, and perform photosynthesis during the night when conditions are cooler and less water loss occurs.
earthworm-skin plants-stomata
Desert plants typically have fewer stomata compared to rainforest plants. This is because desert plants need to conserve water due to the arid environment they inhabit, so they have adapted to minimize water loss through transpiration by having fewer stomata. In contrast, rainforest plants have more stomata to facilitate gas exchange for photosynthesis, as they are in a more humid environment where water availability is not a limiting factor.
No , stomata are not present in mushroom as they are fungi . Stomata are present in plants for gaseous exchange .
Plants without stomata include mosses, liverworts, hornworts, and algae. These plants lack true leaves and therefore do not have specialized structures like stomata for gas exchange.
Yes, plants like cacti that live in the desert tend to have fewer stomata compared to plants in the rainforest. This adaptation helps reduce water loss through transpiration, as stomata are the primary sites for water vapor to exit the plant. The reduced number of stomata in desert plants helps them conserve water in dry environments.
stomata =Specialized passages through the cuticle that enable plants to exchange gases.