26 Example Sentences Showcasing the Meaning of 'Stoma'
The textbook explained how a stoma is crucial for the process of transpiration in plants.
The horticulturist emphasized the importance of proper irrigation for preventing stoma closure in crops.
The biology professor discussed the role of stoma in regulating water loss in plant leaves.
Patients with certain digestive issues might require a stoma to redirect waste.
The stoma's size can vary based on environmental factors impacting plant health.
During the anatomy class, the students learned about the stoma's role in gas exchange within the respiratory system.
Scientists study the behavior of stomata to understand a plant's response to varying conditions.
The stomata density differs between species, affecting their adaptability to different climates.
The use of certain medications might impact the functioning of the stoma, leading to complications.
Proper hydration levels influence the turgidity of guard cells surrounding the stoma.
The opening and closing of the stoma are crucial mechanisms in a plant's regulation of gas exchange.
Understanding the behavior of stomata aids in predicting a plant's response to drought.
Scientists use specialized techniques to visualize the movement of ions in and out of the stoma.
Elevated temperatures can prompt stomata closure to prevent excessive water loss in plants.
The presence of pests can impact the health of a plant by affecting stoma functionality.
The discovery of a new species revealed unique adaptations in the structure of its stomata.
Environmental factors such as humidity influence the behavior of stomata in plants.
Some plants possess specialized adaptations in their stomatal structure to thrive in arid environments.
Researchers investigated how certain plant species' stomata respond to changes in atmospheric pressure.
During the experiment, students observed the effects of light intensity on stoma behavior in different plant species.
Microscopic examination revealed the intricate details of the stoma's structure and function in leaves.
Changes in humidity levels trigger the opening or closing of the stoma to prevent water loss in plants.
The stomata's responsiveness to environmental cues is crucial for a plant's adaptation to varying conditions.
The stomata of different plant species vary in size, affecting their efficiency in gas exchange.
Environmental stressors can prompt stomatal closure as a protective mechanism in plants.
The stomata's ability to control water vapor loss is essential for maintaining proper plant hydration levels.