九州大学学術情報リポジトリKyushu University Institutional Repository
ブドウの結実に対するジベレリン処理の効果について
村西, 三郎九州大学農学部
https://doi.org/10.15017/23021
出版情報:九州大學農學部學藝雜誌. 23 (4), pp.225-281, 1968-09. 九州大學農學部バージョン:権利関係:
Explanation of Plate 13
Fig. 32. Fruiting feature of Campbell-Early clusters treated with gibberellin (1960).
A : Sprayed on May 12 (13 days before full bloom), and sprayed once again
on the 20 th day after full bloom.
B : Unsprayed control.
Fig. 33. Effect of postbloom treatment on enlargement of individual Campbell-Early
berries (1960).
T : Sprayed on May 12 (13 days before full bloom), and sprayed once again
on the 10th day (la), or the 20 th day (lb) after full bloom, 2 : sprayed
twice, and 4: the four times as postbloom treatment.
N. T.: Sprayed on May 12, without any postbloom treatment.
Fig. 34 and 35. Elongation of Campbell-Early cluster axes as affected by gibberellin
application.
Fig. 34. Treated on May 12 (13 days before full bloom) (A), and untreated con-
trol (B) (1960).
Fig. 35. Treated twice on May 13 and May 18, and treated once again at certain
postbloom day (B). (A) Untreated control (1963).
Explanation of Plate 14
Fig. 36 and 37. Fruiting feature of Campbell-Early clusters treated with gibberellin
(1963).
Fig. 36. All the plots were treated on May 13 (11 days before full bloom), and
then treated none (A), once (B), twice (C), or four times (D), respec-
tively postbloom treatment.
E : Control, treated with Airrol-op at 100 ppm.
Fig. 37. F : Treated on May 13, and treated once again as postbloom treatment.
G : Treated twice on both May 13 and May 18, and treated once again
as postbloom treatment.
H : Control, treated with Airrol-op at 100 ppm.
I : Untreated control.
(Photo. taken on Aug. 4, 1963)
Fig. 38. Elongating growth of Delaware flowers as affected by gibberellin application
(1961). A : Treated on May 5 (18 days before full bloom).
B : Treated on May 10 (13 days before full bloom).
C : Control, treated with Airrol-op at 100 ppm.
(Photo. taken on May 22, 1961)
Explanation of Plate 15
Fig. 39. Normal pollen-grains in Delaware flowers which were not treated (1962).
Fig. 40. Pollen-grains in Delaware flowers treated with gibberellin (1962).
Fig. 41. Pollen germination of Delaware flowers untreated on the medium of 4% agar
and 4 % sucrose (1962).
Fig. 42. Germinating pollen-grains in Delaware flowers as affected by gibberellin ap-
plication on the medium of 4 % agar and 4 % sucrose (1962).
Explanation of Plate 16
Fig. 43-48. Histological feature of Delaware flowers treated with or without gib-
berellin (1961).
Fig. 43. Longitudinal section of untreated flower-bud on May 5 (18 days before
full bloom), when flower cluster were treated with gibberellin. X27.
Fig. 44. Cross-section of the ovary of untreated flower-bud on May 5, showing the
early stage of differentiation of outer and inner integuments. X56.
Fig. 45. Cross-section of the anthers in untreated flower-bud on May 11 (12 days
before full bloom), showing that young microspores scattered in the
locales. X68.
Fig. 46. Longitudinal section of an ovary in untreated flower-bud on May 11, show-
ing that two ovules in the ovary are at the middle stage of their deve-
lopments. X56.
Fig. 47. Cross-section of an ovary in untreated flower-bud on May 15 (8 days
before full bloom). X56.
Fig. 48. Longitudinal section of an ovary in untreated flower-bud on May 15, show-
ing that two ovules in the ovary are at a later stage of their develo-
pments. X56.
Explanation of Plate 17
Fig. 49-52. Histological features of Delaware flowers treated with or without gib-
berellin (1962).
Fig. 49. Longitudinal section of an ovule in an untreated flower at the time of
anthesis. X27.
Fig. 50. Longitudinal section of an ovule in an untreated ovary at the time of
anthesis, its embryo-sac being developed already to have its adility to
fertilize. X150.
N : Nucellus, P : Polar nucleus, E : Egg-cell,
O.I.: Outer integument, I.I.: Inner integument.
Fig. 51. Longitudinal section of a normal fertilized ovule in an untreated ovary.
Pollen-tube was observed passing through the nucellar cap and also in
contact with an egg. X550.
P. T.: Pollen-tube.
Fig. 52. Longitudinal section of an embryo-sac of an treated ovule on a few days
after fertilization. X270.
Explanation of Plate 18
Fig. 53-58. Histological features of Delaware flowers treated with or without
gibberellin (1962).
Fig. 53 and 54. Longitudinal section of the ovules in treated (54) and untreated (53)
ovaries. These ovules are normal in appearance, but development of
embryo-sacs in each ovule appeared to be somewhat irregular, not
including both polar nucleus and egg cell. X150.
Fig. 55 and 56. Cross-section of ovaries in treated (56) and untreated (55) flowers at
the time of anthesis. These ovules in each ovary did not show any
noticable differences in their appearances. X56.
Fig. 57.Cross-section of 6-ovules-ovary in an untreated flower. X40.
Fig. 58.Longitudinal section of an ovary in an untreated flower on June 4.
Left : Normal ovule. Right : Abnormal ovule. X65.
Explanation of Plate 19
Fig. 59-65. Histological features of Delaware flowers treated with or without gib-
berellin (1961).
Fig. 59 and 60. Longitudinal section of ovaries in treated (60) and untreated (59)
flowers on June 4. X56.
Fig. 59. Left ovule : abnormal. Right ovule : normal.
Fig. 60. Left ovule : abnormal. Right ovule : abnormal.
Fig. 61. Cross-section of an ovary in a treated flower on June 4, showing sh-
runken nucellar cells. X68.
Fig. 62. Longitudinal section of an ovary in an untreated flower on June 16,
(1962). X56. Left ovule : normal.
Right ovule : abnormal.
Fig. 63 and 64. Cross-section of ovaries in treated (63) and untreated (64) flowers.
X68.
Fig 63. Three ovules are degenerating, and an ovule is normally developing.
Fig. 64. Left ovule : normal. Right ovule : abnormal.
Fig. 65. Longitudinal section of an ovary in a treated flower on June 22,
showing that various tissues in the ovule are degenerating and
shrinking. X68.