"Stomatale" Example Sentences
1. The stomatale structures on the plant leaves facilitate gas exchange.
2. Stomatale openings on the leaf surface allow for air and water vapor exchange.
3. The stomatale cells regulate water loss from the plant.
4. Plants with higher stomatale density transpire more water.
5. The stomatale apparatus plays a crucial role in photosynthesis.
6. Guard cells regulate the opening and closing of stomatale pores.
7. Certain environmental factors can influence the stomatale behavior of plants.
8. Scientists study stomatale characteristics to understand plant responses to climate change.
9. The stomatale aperture can expand or contract depending on the plant's needs.
10. A malfunctioning stomatale system can lead to water stress in plants.
11. Tiny hairs around the stomatale pores can influence gas diffusion rates.
12. Stomatale cells in different plant species can have varying shapes and sizes.
13. Some plant species have evolved to reduce their stomatale aperture to conserve water.
14. The stomatale index varies among different parts of the leaf.
15. The control of stomatale opening is regulated by various signaling pathways.
16. Light is a major factor in the stomatale response and opening of plants.
17. Invasive plant species can have a higher stomatale density compared to native species.
18. Stomatale density can be used as an indicator of plant water-use efficiency.
19. Some plants have specialized stomatale structures in their leaves, such as sunken stomatale pits.
20. The stomatale conductance of a plant determines its CO2 uptake rate.
21. The stomatale closure response can protect plants from drought and high temperatures.
22. Transgenic plants with altered stomatale function can show improved growth under water stress conditions.
23. Stomatale movement can be influenced by hormones such as abscisic acid.
24. The stomatale density of crop plants can impact their yield potential.
25. Stomatale closure can affect the foliar absorption of herbicides and pesticides.
26. Some plants have developed stomatale closure mechanisms to protect themselves from herbivory.
27. Elevated CO2 levels can lead to a decrease in stomatale density in certain plant species.
28. The stomatale apparatus of ferns is different from that of flowering plants.
29. The stomatale response of woody plants can differ from that of herbaceous plants.
30. The stomatale movement of aquatic plants is influenced by water pH levels.
Common Phases
1. The
stomatale structure regulates water loss;
2.
Stomatale are essential for gas exchange during photosynthesis;
3. The
stomatale of a plant can be influenced by environmental factors;
4.
Stomatale size can vary among different plant species;
5. The opening and closing of
stomatale is controlled by guard cells;
6.
Stomatale play a vital role in the uptake of carbon dioxide;
7. Plants with more
stomatale typically have a higher rate of photosynthesis;
8. The position and density of
stomatale can affect plant survival in dry environments.