"Stomal" Example Sentences
1. The stomal opening allows gases to enter and exit the plant.
2. The stomal epidermis is responsible for regulating gas exchange.
3. The adaxial surface of the leaf contains more stomata compared to the abaxial surface.
4. Environmental factors can affect the stomal conductance of a plant.
5. The stomal pore size can vary depending on the plant species and environmental conditions.
6. A reduction in stomatal density can result in decreased water loss from a plant.
7. The stomatal response to drought stress can help plants conserve water and survive during periods of low rainfall.
8. The stomatal opening can be controlled by hormones and signaling molecules in response to changes in light, humidity, and temperature.
9. The stomal closure can be triggered by a lack of water or changes in carbon dioxide levels.
10. The stomatal conductance is an important factor in determining plant productivity and water-use efficiency.
11. The stomal morphology can differ between monocot and dicot plant species.
12. Stomatal frequency is higher in younger leaves compared to older leaves.
13. The stomal density can increase with elevated atmospheric carbon dioxide concentrations.
14. Heat stress can affect stomatal function and lead to lower photosynthetic rates in plants.
15. The stomal index is a measure of the surface area covered by stomata on a leaf.
16. Increased air pollution and ozone concentrations can affect stomatal behavior in plants.
17. The stomata are located on the undersurface of the leaf in some succulent plant species.
18. The stomatal resistance can be used to estimate transpiration rates in plants.
19. The stomatal conductance is affected by the size and shape of the stomatal pore.
20. The stomal opening and closure are regulated by ion channels and transporters in guard cells.
21. The stomal movement is controlled by changes in turgor pressure in the guard cells.
22. The stomatal density can be used to identify plant species in paleobotanical studies.
23. The stomal aperture width can be measured using microscopic techniques.
24. The stomal flux of carbon dioxide is an important factor in global carbon cycling.
25. The stomatal conductance can be measured using a leaf porometer.
26. Elevated atmospheric carbon dioxide levels can increase stomatal conductance in some plant species.
27. The stomatal pore size can influence the rate of water loss and carbon dioxide uptake in plants.
28. The stomal closure can be triggered by abscisic acid signaling pathways in response to drought stress.
29. The stomal conductance can be used to estimate leaf canopy photosynthesis in crop plants.
30. The stomal density and size can be manipulated through plant breeding and genetic engineering.
Common Phases
1.
Stomal inflammation can cause discomfort;
2. Poor dental hygiene can lead to
stomal infections;
3. Certain medications can cause
stomal ulcers;
4. Tobacco use increases the risk of
stomal cancer;
5. Regular
stomal care can prevent complications;