92 Example Sentences Showcasing the Meaning of 'Stoma'
The stoma's role in transpiration influences a plant's ability to maintain water balance.
Microscopic examination revealed the intricate details of the stoma's structure and function in leaves.
A better understanding of stomatal behavior aids in predicting plant responses to climate change.
The ecotoxicologist studied how pollutants in the air impact stoma density and function in urban vegetation.
The epidermiologist researched skin conditions related to abnormal stoma development in certain genetic disorders.
The nanotechnologist designed nanoparticles that mimic the behavior of plant stoma for controlled drug delivery.
The astrobiologist considered the possibility of stoma-like structures on extraterrestrial plant-like organisms in the search for alien life.
The archaeobotanist analyzed ancient grains to understand the agricultural practices of early civilizations, including the prevalence of stoma.
The ethnoecologist documented indigenous knowledge regarding the medicinal properties of plants with unique stoma structures.
The entomologist studied how insects interact with plant stoma, influencing both parties in a delicate ecological balance.
The gastroenterologist explained to the patient the procedure of creating a colonic stoma for managing certain digestive disorders.
The genetic engineer manipulated the expression of certain genes to enhance stoma efficiency in genetically modified crops.
The planetary scientist theorized about the role of stoma-like structures on potential habitable exoplanets in distant solar systems.
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.
Researchers are studying how stomatal density influences a plant's ability to withstand extreme temperatures.
The stomata of different plant species vary in size, affecting their efficiency in gas exchange.
Plant breeders aim to develop crops with optimized stomatal behavior for enhanced water use efficiency.
The stoma's function in regulating gas exchange is fundamental to a plant's metabolic processes.
Environmental stressors can prompt stomatal closure as a protective mechanism in plants.
The researcher investigated how changes in CO2 concentration affect the stomatal conductance of plants.
The stomata's ability to control water vapor loss is essential for maintaining proper plant hydration levels.