"Hypogeal" Example Sentences
1. The corn seedlings were hypogeal, meaning they germinated underground.
2. Hypogeal plants include peas, beans, and peanuts.
3. The hypogeal stage of development for a bean plant lasts approximately five days.
4. In hypogeal germination, the cotyledons remain below the soil surface.
5. Hypogeal plants typically have thicker, sturdier stems than epigeal plants.
6. Soybeans are another example of a hypogeal plant.
7. The energy for hypogeal germination comes from the stored nutrients in the seed.
8. Hypogeal plants are able to survive better in dry conditions due to their root development.
9. The onset of hypogeal germination is initiated by seed imbibition.
10. During hypogeal germination, the stem elongates and pushes its way through the soil.
11. Unlike epigeal germination, hypogeal germination is not affected by light.
12. The first visible sign of hypogeal germination is the emergence of the radicle from the seed coat.
13. One advantage of hypogeal germination is that the cotyledons are protected from herbivory and weather damage.
14. Hypogeal germination is common among dicotyledonous plants.
15. The development of the hypocotyl in hypogeal plants is crucial for their emergence from the soil.
16. The roots of hypogeal plants grow downward into the soil and have a taproot structure.
17. Hypogeal germination is a strategy used by plants to conserve energy and resources.
18. Peanuts exhibit hypogeal germination, where the cotyledons remain underground.
19. The majority of crop plants are either hypogeal or epigeal in their germination characteristics.
20. In hypogeal germination, the epicotyl remains below the soil surface.
21. Hypogeal germination is an adaptation that allows plants to establish themselves in harsh environments.
22. Hypogeal germination is a type of germination in which the cotyledons are not lifted above the soil surface.
23. The stem of a hypogeal plant grows horizontally just below the soil surface.
24. In hypogeal germination, the growth of the epicotyl is inhibited until the cotyledons emerge from the soil.
25. The speed of hypogeal germination is dependent on temperature, soil moisture, and soil type.
26. Hypogeal germination is less common among monocotyledonous plants.
27. Hypogeal plants are more susceptible to damage from soil pathogens due to their subterranean growth.
28. The energy reserves of the seed are used to fuel the growth of the cotyledons in hypogeal germination.
29. Hypogeal germination is a successful strategy for plants living in nutrient and water-poor environments.
30. Hypogeal plants are sometimes referred to as "root crops" due to their extensive root systems.
Common Phases
1. The
hypogeal plants require less light for growth;
2. The
hypogeal germination process involves the growth of cotyledons below the soil surface;
3. The
hypogeal stem growth is slow as compared to epigeal plants;
4. The
hypogeal seedlings develop a taproot system for water and nutrient absorption;
5. The
hypogeal plants are adapted to survive in harsh and dry environments.