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Curated and authored by Melissa Ha using 30.5 Transport of Water and Solutes in Plants from Biology 2e by OpenStax (licensed CC-BY). Access for free at openstax.o… See more
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- Sunken stomata are stomata that are embedded into the leaf surface12. They reduce transpiration by creating a small pocket of moist air that lowers the water potential gradient between the leaf and the exterior32. This allows the stomata to stay open longer and replenish the CO2 levels needed for photosynthesis2. Sunken stomata also increase the boundary layer, which slows down the movement of air and water vapor over the leaf surface1.
Learn more:✕This summary was generated using AI based on multiple online sources. To view the original source information, use the "Learn more" links.Some plants possess stomata that are sunken into the leaf surface, dramatically increasing the boundary layer and slowing transpiration. Boundary layers increase as leaf size increases, reducing rates of transpiration as well.passel2.unl.edu/view/lesson/c242ac4fbaaf/6These sunken stomata reduce the loss of water through these stomata as they can remain open longer in the daytime, thereby replenishing the CO2 C O 2 levels inside the leaf that is generally needed for the completion of the photosynthesis processes for a greater part of the sunlit day than those plants that would have to close their stomata.www.vedantu.com/question-answer/sunken-stomat…The sunken stomata creates a small pocket of moist air. The high humidity in the air pocket reduces the water potential gradient between the leaf air spaces and the exterior, and therefore decreases the rate of transpiration.brainly.in/question/41699050 - People also ask
The why and how of sunken stomata: does …
Results show that in species with sunken stomata, the contribution of stomatal conductance to g tw decreased relative to the contribution of cuticular conductance, g cw, at higher …
How do sunken stomata reduce transpiration? - BYJU'S
A little pocket of moist air is created by the sunken stomata. Because of the high humidity in the air pocket, the water potential gradient between the leaf air spaces and the exterior is reduced, …
Transpiration - Factors Affecting Rates of Transpiration
Some plants possess stomata that are sunken into the leaf surface, dramatically increasing the boundary layer and slowing transpiration. Boundary layers increase as leaf size increases, …
Stomatal Crypts Have Small Effects on Transpiration: A …
Sep 2, 2009 · In leaves with open or partially closed stomata, crypts reduced transpiration by less than 15% compared with nonencrypted, superficially positioned stomata. A larger effect of …
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Transpiration in Plants: Types, …
Apr 18, 2024 · Stomatal transpiration is the process of water loss in the form of water vapor through the internal tissues of the plant body through minute pores called stomata. Stomatal …
The why and how of sunken stomata: does the behaviour of
Sep 19, 2022 · A better understanding of this phenomenon may result from examining the interactions between the leaf cuticle and stomata and from functional comparisons of sunken …
Computer-based Studies of Diffusion through Stomata of Different ...
May 4, 2007 · Increasing the substomatal chamber increases CO 2 uptake, whereas transpiration increases if an internal cuticle is present. Variation of stomatal structure may, with unchanged …
Sunken stomata
Sunken stomata generally have reduced surface area of the pores. Due to which the loss of water is less as compared to one having turgid stomata. In other words, we can say that the …
Adaptation in Plants To Reduce Transpiration: Definition - EMBIBE
Jan 30, 2023 · Adaptations to Reduce Transpiration. To reduce excessive loss of water from the plant body through transpiration, the plants have adopted both morphological and anatomical …
American Journal of Botany - Botanical …
May 1, 2008 · Sunken, covered, and encrypted stomata have been anecdotally linked with dry climates and reduced transpiration and therefore have been used to infer dry …
CPH: Factors affecting transpiration - e-Krishi Shiksha
Sunken stomata help in reducing the rate of stomatal transpiration. In xerophytes, the leaves are reduced in size or may even fall to check transpiration . Thick cuticle and the presence of wax …
5.3 Transpiration | Support and transport systems in plants
The sunken stomata creates a small pocket of moist air. The high humidity in the air pocket reduces the water potential gradient between the leaf air spaces and the exterior, and …
The why and how of sunken stomata: does the behaviour of …
Sep 1, 2022 · During the light period of a day, stomata represent the most important plant–atmosphere interface, dynamically balancing the rates of transpiration and …
How Does Stomatal Density and Residual Transpiration …
Water use efficiency could be improved by decreasing stomatal transpiration without causing a reduction in CO 2 uptake under osmotic stress conditions. The genetic manipulation of …
The Surprising Ways A Cactus Plant Reduces Transpiration Rates
Sep 15, 2023 · Additionally, cactus stomata are typically sunken into the surface of the stem. This helps to create a microclimate around the stomatal opening, reducing water loss. The sunken …
Adaptive Features In Plant – Xerophytes, Hydrophytes
Oct 10, 2024 · Sunken Stomata: Xerophytes commonly feature sunken stomata, which are located in cavities below the level of the epidermal surface. This adaptation reduces exposure …
Give a reason/suitable explanation. Nerium loses less amount of …
The sunken stomata of Nerium are covered with hair-like structures known as trichomes, which results in a reduced quantity of water loss during transpiration.
Transpiration - Biology Simple
Jan 30, 2025 · Stomata are tiny openings on leaves that control water loss. Cuticle Thickness: A thicker cuticle reduces transpiration. The cuticle is a waxy layer on the leaf surface. Root …
How do sunken stomata reduce transpiration?
There are several ways by which plants in dry conditions tend to reduce transpiration, loss of water to the atmosphere. They cannot afford to lose water in the form of transpiration...
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