Exogenous Gibberellin as Responsible for the Seedless Berry Development of Grapes. IV. Effects of Temperature-on the Activity of Applied Gibberellin, on the Seedlessness and the Seedless Berry Development in Delaware and Campbell Early Grapes.
スポンサーリンク
概要
著者
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Hori Yutaka
Department Of Agronomy Faculty Of Agriculture Tohoku University
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Motomura Yoshie
Department Of Agricultural Chemistry Faculty Of Agriculture Tohoku University
関連論文
- Postharvest Berry Drop of Seedless Berries Produced by GA Treatment in Grape Cultivar 'Kyoho' IV. Rachis Hardness and Phenol Production of Rachis in Vitro Following GA Application as Affected by the Addition of β-Nitrostyrene Derivatives
- Rapid Vapor Bubble Growth during Decompression of Superheated Water
- Studies on Translocation and Distribution of Photosynthetic Assimilates in Tomato Plants IV. Retranslocation of ^C-assimilates once Translocated into the Roots
- Postharvest Berry Drop of Seedless Berries Produced by GA Treatment in Grape Cultivar 'Kyoho' III. Effect of GA on Xylem Differentiation and Lignification of Rachis
- Postharvest Berry Drop of Seedless Berries Produced by GA Treatment in Grape Cultivar 'Kyoho' I. Relationship between Postharvest Berry Drop and Rachis Hardness
- Postharvest Berry Drop of Seedless Berries Produced by GA Treatment in Grape Cultivar 'Kyoho' II. Relationship between Rachis Hardness and Differentiation of Rachis Xylem
- Studies on Retranslocation of Accumulated Assimilates in 'Delaware' Grapevines III. Early Growth of New Shoots as Dependent on Accumulated and Current Year Assimilates
- Isomers and Homologues of L-Glutamic Acid 5-n-Butyl Ester as Promoters of Sediment Formation in Raw Soy Sauce
- Purification and Identification of the Promoter of Sediment Formation from Raw Soy Sauce by Heating
- Studies on Retranslocation of Accumulated Assimilates in 'Delaware' Grapevines I. Retranslocation of ^C-assimilates in the Following Spring after ^C Feeding in Summer and Autumn
- Studies on Retranslocation of Accumilated Assimilates in 'Delaware' Grapevines II. Retranslocation of Assimilates Accumulated during the Previous Growing Season
- STUDIES ON HONEY AND POLLEN VI. ON THE SUGAR COMPOSITION OF SEVERAL KINDS OF POLLEN
- STUDIES ON BEER I. ON THE SUGAR COMPOSITION OF BEERS
- STUDIES ON HONEY AND POLLEN V. ON THE SUGAR COMPOSITION OF HONEY (2)
- STUDIES ON HONEY AND POLLEN IV ON THE SUGAR COMPOSITION OF NECTAR AND NECTAR FROM THE STOMACH OF HONEYBEES
- STUDIES ON HONEY AND POLLEN III. ON THE SUGAR COMPOSITION IN THE POLLEN OF TYPHA LA TIFOLIA LINNE
- Effects of Cyclic Adenosine Monophosphate Applied with Gibberellin on the Induction of Seedless Fleshy Berries in Delaware and Campbell Early Grapes.
- Exogenous Gibberellin as Responsible for the Seedless Berry Development of Grapes. V. Effects of 6-Benzyl Adenine Applied with Gibberellin on the Induction of Seedless Fleshy Berries in Delaware and Campbell Early Grapes.
- Studies on Translocation and Distribution of Photosynthetic Assimilates in Tomato Plants III. Distribution Pattern as Affected by Air and Root Temperatures in the Night
- Exogenous Gibberellin as Responsible for the Seedless Berry Development of Grapes. IV. Effects of Temperature-on the Activity of Applied Gibberellin, on the Seedlessness and the Seedless Berry Development in Delaware and Campbell Early Grapes.
- Time Course of Export of ^C-assimilates and Their Distribution Pattern as Affected by Feeding Time and Night Temperature in Cucumber Plants
- Studies on Translocation and Distribution of Photosynthetic Assimilates in Tomato Plants II. Distribution Pattern as Affected by Phyllotaxis
- Exogenous Gibberellin as Responsible for the Seedless Berry Development of Grapes VI. Explanation of GA Effects on the Induction of Seedlessness and Seedless Berry Development Varying with Cultivars.
- Exogenous Gibberellin as Responsible for the Seedless Berry Development of Grapes I. Physiological Studies on the Development of Seedless Delaware Grapes
- Exogenous Gibberellin as Responsible for the Seedless Berry Development of Grapes. II. Role and Effects of the Prebloom Gibberellin Application as Concerned with the Flowering, Seedlessness and Seedless Berry Development of Delaware and Campbell Early Gra
- Exogenous Gibberellin as Responsible for the Seedless Berry Development of Grapes. VII. Change in the Activity of GA Applied to the Inflorescence.
- Exogenous Gibberellin as Responsible for the Seedless Berry Development of Grapes. VIII. Growth of GA-induced seedless fleshy berries affected by additional GA application, shading and pinchiag.
- Exogenous Gibberellin as Responsible for the Seedless Berry Development of Grapes. III. Role and Effects of the Prebloom Gibberellin Application on the Blossom Bud Development to Anthesis