| Across |
| 1. | stage in embryogenesis where bilateral symmetry is present |
| 4. | where a hormone process can reverse itself due to the influence of light |
| 8. | a cell that will develop into the roots |
| 9. | stage in embryogenesis where cells divide radially and form two layers - apical and basal |
| 10. | a blue light receptor that regulates circadian rhythms and flowering. |
| 11. | Any light receptor is made of a protein and what? |
| 12. | a part of the embryo which will eventually develop into leaves |
| 13. | stage where the dormancy is released and seed germination continues |
| 14. | a period where germination is delayed - where hormones are inhibitors and no mechanical processes take place |
| 15. | a cell that will develop into the shoot and cotyledons |
| 16. | signal that sends a phytochrome to the nucleus (2 Words) |
| 19. | the response where plants try to outgrow their neighbors to get more sunlight, regulated by phytochromes (2 Words) |
| 22. | the chromophore for phytochrome which absorbs light |
| 23. | the life cycle phase that we see when we think of a plant |
| 24. | female gametophyte (2 Words) |
| 25. | a blue light receptor that regulates the opening and closing of stomata, chloroplast movement, and phototropism |
| 26. | stage in embryogenesis where cells are not dividing or preparing to divide |
| 28. | a red light receptor which is photoreversible |
| 29. | a word to describe a plant that has been grown in the dark, whose stem is long, has a yellow coloring, and cotelydons are not developed |
| 30. | tissue that surrounds the embryo and provides nutrients |