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Syuan-You Lin
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Exogenous gibberellic acid and cytokinin effects on budbreak, flowering, and yield of blackberry grown under subtropical climatic conditions
SY Lin, S Agehara
HortScience 55 (12), 1938-1945, 2020
112020
Foliar application of defoliants before winter chill accumulation advances budbreak and improves fruit earliness of blackberry under subtropical climatic conditions
SY Lin, S Agehara
HortScience 56 (2), 210-216, 2021
92021
Exogenous gibberellic acid advances reproductive phenology and increases early-season yield in subtropical blackberry production
SY Lin, S Agehara
Agronomy 10 (9), 1317, 2020
92020
Budbreak patterns and phytohormone dynamics reveal different modes of action between hydrogen cyanamide-and defoliant-induced flower budbreak in blueberry under inadequate …
SY Lin, S Agehara
Plos one 16 (8), e0256942, 2021
72021
Choosing the Right Blackberry Cultivar in Subtropical Florida: HS1352, 12/2019
S Agehara, SY Lin, Z Deng
EDIS 2020 (1), 6-6, 2020
52020
Strawberry Production and Markets in Taiwan: Challenges, Trends, and Outlook
S Agehara, SY Lin, L Kang
International Journal of Fruit Science 20 (sup3), S2018-S2029, 2020
42020
Phenology, yield, and fruit quality of floricane-fruiting blackberry cultivars under high tunnel and net house production systems in Florida.
SY Lin, S Agehara
Proceedings of the Florida State Horticultural Society 131, 13-16, 2018
42018
Foliar spray of gibberellic acid improves the onset of bud break and fruit set of blackberries in Florida.
SY Lin, S Agehara
Proceedings of the Florida State Horticultural Society 130, 11-13, 2017
32017
Foliar application of defoliants after winter chill accumulation changes phytohormone dynamics and improves budbreak in blackberry under subtropical climatic conditions
SY Lin, S Agehara
Plant Growth Regulation 94, 171-181, 2021
22021
Chemical Induction of Budbreak in Blackberry and Blueberry Grown Under Inadequate Chilling Conditions
SY Lin
University of Florida, 2021
12021
Cane management of floricane-fruiting blackberries grown in central Florida.
S Agehara, SY Lin
12019
Chemical Budbreak Induction Methods to Increase Blackberry Yields under Inadequate Chilling Conditions: HS1419, 8/2021
S Agehara, SY Lin
EDIS 2021 (4), 2021
2021
Budbreak Patterns and Phytohormone Dynamics Reveal Different Modes of Action between Hydrogen Cyanamide-and Defoliant-Induced Flower Budbreak in Blueberry Under Inadequate …
S Agehara, SY Lin
2021 ASHS Annual Conference, 2021
2021
Evaluation of Biostimulant Products for Tomato Production In Florida
W Wang, C Delcastillo, A Acosta-Rangel, SY Lin, ...
Proceedings of the Florida State Horticultural Society 133, 2020
2020
Foliar Application of Urea and Lime Sulfur for Season Extension of Subtropical Blackberry Production
SY Lin, S Agehara
2020 ASHS Annual Conference, 2020
2020
Microbial-and Plant-Based Biostimulants Increase Tomato Yields in Florida
W Wang, C Delcastillo, AA Rangel, SY Lin, J Hernandez-Monterroza, ...
2020 ASHS Annual Conference, 2020
2020
Bud Break Induction and Flower Abortion By Exogenous GA3 in ‘Natchez’ Blackberry in Florida
SY Lin, S Agehara
2019 ASHS Annual Conference, 2019
2019
Phenology and Yield of Floricane-Fruiting Blackberry Cultivars Treated with Foliar Spray of Gibberellic Acid in Florida
SY Lin, S Agehara
2018 ASHS Annual Conference, 2018
2018
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