Sepal example sentences

"Sepal" Example Sentences

1. The sepals of the flower were green and leathery.
2. The sepals formed a protective covering around the buds.
3. The sepals fell off after the flower blossomed.
4. The student studied the sepals under the microscope.
5. The sepals encircled the outside of the flower structure.
6. The sepals had turned brown and shriveled as the flower faded.
7. The rose sepals had a covering of tiny hairs.
8. The student's Botany project involved identifying flower sepals.
9. The lily sepals were triangular in shape.
10. The sepals were the outermost part of the flower before bloom.
11. The lily sepals curved away from the developing petals.
12. The lotus flower had large, rounded sepals.
13. The triangular shape of the sepals was an identifying characteristic.
14. The sepals formed in a whorl around the stalk that held the ovary.
15. The tulip sepals were petal-like and colored.
16. The palm tree had spiky, spine-tipped sepals.
17. The peony sepals transformed into petals as the bud developed.
18. The sepals protected the delicate inner parts of the bud.
19. As the blossom opened, the sepals spread outward.
20. The sepals were defining features of the different plants.
21. The calyx is composed of sepals.
22. The large, pointed, spiny sepals on the agave flower were impressive.
23. The magnolia sepals were wide and fleshy.
24. The grass sepals were tiny scales.
25. The iris sepals were outer whorls of leaf-like parts.
26. The student examined the sepals under a dissecting microscope.
27. The sepals merged into floral tubes as the flower developed.
28. The orchid sepals formed a cup around the tiny flowers.
29. The sunflower sepals were brown and dry when the flowers bloomed.
30. The gardenia sepals were soft and fuzzy-edged.
31. The sepals on the apple blossom were small and pointed.
32. The pea flower sepals were green and membranous.
33. The clematis sepals were thick and fleshy.
34. As the crocus flower bloomed, the sepals spread outward in a star shape.
35. The petunia sepals were thin and green at first but widened and turned colored as the flower developed.
36. The daffodil sepals clung close to the developing flower.
37. The pitcher plant sepals transformed into the waxy, fleshy inner pitcher.
38. The primrose flower sepals were narrow and delicate.
39. The student measured the lengths of multiple flower sepals.
40. The passion flower sepals were numerous and showy.
41. The birch tree's catkin sepals were fuzzy and attracted insects.
42. The daisy sepals wrapped snugly around the bud before opening.
43. The maple tree samara sepals fell off after the seed flowered.
44. The butterfly lily sepals were colorful and long-lasting.
45. The scientist analyzed the sepals under a scanning electron microscope.
46. The botanist documented the different shapes and sizes of the sepals.
47. The dandelion sepals spread wide when the flower bloomed.
48. The sunflower sepals turned brown and brittle as the petals unfurled.
49. The sycamore flower's minute sepals were soon lost in the mass of flowers.
50. The juniper cone's woody sepals covered and protected the seeds.
51. The primrose sepals withered and turned brown after blooming.
52. The pansy flower sepals faded to green as the petals developed color.
53. The banana flower's sepals were thick and fleshy.
54. The fern's frond sepals unfurled as it developed.
55. The sensitive plant's sepals folded inward when touched.
56. The coneflower sepals spread outward in whorls.
57. The tulip tree's flower sepals spread wide when it bloomed.
58. The begonia sepals were wide, green and waxy in texture.
59. The buttercup sepals turned downwards as it bloomed.
60. The carnation sepals were narrow and tubular.

Common Phases

1. The sepal is the protective outer part of the flower.
2. The sepal of the rose was long and curved.
3. The four green sepals shield the delicate flower bud.
4. Together the four sepals form the calyx of the flower.
5. The sepal protects the tissues of the bud until it fully blooms.
6. The plant taxonomist examined the size and shape of the sepal.
7. The closely spaced sepals encircled the expanding blossom tightly.
8. The yellow petals opened up between the green sepals.
9. The insect gently pulled back one of the sepals to enter the bud.
10. The sepals of the lily were pale green and elongated.
11. The trumpet flower's sepal encloses the petals while the flower is in bud.
12. The sepals of the iris blossom curved back gracefully.
13. The lingering winter chill caused the sepals to remain tightly furled.
14. The brown sepals of the finished flower concealed the withered petals.
15. The researcher measured the length and width of the sepal for identification purposes.
16. The sepal of the pansy flower had a deep maroon hue.
17. The dried sepals turned brittle and began to fall away from the developing fruit.
18. The juniper's scale-like sepals protected the tiny cones while they matured.
19. The liner sepals are hairy and herbaceous unlike the flower petals.
20. The sepal on the daisy had a jagged edge and overlapped the next sepal.
21. We were able to identify the flower from the distinctively-striped sepals.
22. The tiny white sepal tips peeked out between the green sepals.
23. The sepal and petal began to absorb water and soften as spring approached.
24. The ladder fern spread its sepals revealing the sori underneath.
25. Before opening, the sepals help to protect the delicate reproductive structures of the flower.
26. The perianth is composed of both the sepals and petals of the flower.
27. The green sepals contrasted beautifully with the vibrant purple petals.
28. The sepal blades unfurled to expose the tiny flower within.
29. As the flower matured, the sepals withered and fell off the stem.
30. New growth emerged as the brown sepals dried up and disintegrated.
31. The narrow, pointed sepals gave the emerging buds an elegant appearance.
32. The sepals formed a tight cup around the flower buds to shield from the cold.
33. The sepal blades stood upright around the flower's reproductive organs.
34. The shiny, fleshy sepals of the fruit hid the edible flesh within.
35. The five-sepaled calyx encased the compact bud before it blossomed.
36. As a member of the lily family, the plant had six sepals surrounding each flower.
37. The dry sepals remained clinging to the old seed pod after the flower had faded.
38. The sepal tips curled outward slightly as the flower began to open.
39. The sepals transformed into the fruit's outer casing after fertilization.
40. The oval sepals gradually spread apart revealing the expanding flower.
41. The sepal margins were sharply serrated around the edges.
42. The broad, glossy sepals protected the closed bud from moisture loss.
43. Inspecting the sepals revealed clues as to what type of flower was developing.
44. The small white blossom peeked shyly out from between its green sepals.
45. The sepal edges turned brown and crisp but remained fused at the base.
46. The sepals curled back to expose the colorful display of blossoming petals.
47. The plant researcher measured and photographed the arrangement of sepals.
48. The sepals emerged first as narrow green tubes surrounding the growing flower.
49. The sepals shriveled and dried out after fertilization took place.
50. As the sepals dried up they revealed the ripening fruit within.
51. Pollinators were attracted by the bright colors revealed between the sepals.
52. Yellow stamens protruded between the drooping sepals of the lily.
53. The sepal blades remained green after the petals fell off the mature flower.
54. The sepals had unfurled to reveal the tiny blossom within.
55. The opening sepals gradually eased apart to reveal the curled petals within.
56. The green sepals curled back mesmerizingly to expose the delicate yellow petals.
57. The nodding sepals surrounded the emerging blossom protectively.
58. The flower's reproductive parts remained concealed within the tight sepals.
59. The sepals spread apart rhythmically each morning to expose the stamens.
60. As the buds matured, the sepals curled backward opening the way for the petals.