Effects of summer pruning combined with winter pruning on bush growth, yields, and fruit quality of ‘Misty’ southern highbush blueberry for two years after planting

The effects of winter pruning severity and the date of summer pruning on growth, yields, and fruit quality of ‘Misty’ southern highbush blueberry were studied. The pruning treatments were as follows: 1) winter pruning severity [unpruned control, conventional pruning (30% removed), and severe pruning...

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Published inHorticulture, environment and biotechnology Vol. 56; no. 6; pp. 740 - 748
Main Authors Lee, Soo Gyeong, Cho, Jung Gun, Shin, Mi Hee, Oh, Sung Bok, Kim, Hong Lim, Kim, Jin Gook
Format Journal Article
LanguageEnglish
Published Korea Korean Society for Horticultural Science 01.12.2015
한국원예학회
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ISSN2211-3452
2211-3460
DOI10.1007/s13580-015-0101-6

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Abstract The effects of winter pruning severity and the date of summer pruning on growth, yields, and fruit quality of ‘Misty’ southern highbush blueberry were studied. The pruning treatments were as follows: 1) winter pruning severity [unpruned control, conventional pruning (30% removed), and severe pruning (50% removed)] and 2) winter pruning (conventional pruning) + summer pruning date (June 20, July 20, and August 20). The number of buds was highest (894.6) with conventional winter pruning (CWP) + summer pruning (SP) on July 20, followed by conventional pruning (CP) (784.4), then no pruning (NP) (712.2), severe winter pruning (SWP) (656), CWP + SP on June 20 (540), and finally CWP + SP on August 20 (333.4). In general, the improvement in light penetration to the canopy, shaping of bearing shoots, and strengthened cane were observed in the treatment of winter pruning combined with summer pruning on July 20. In the following year, total yields were highest with NP (1,648 g), followed by CWP + SP on July 20 (1,364 g), then CWP + SP on August 20 (962 g), CWP + SP on June 20 (859 g), SWP (844 g), and CWP (762 g). Fruit weight results were as follows: CWP + SP on June 20 (1.53 g) > SWP (1.50 g) > CWP + SP on August 20 (1.48 g) > CWP + SP on July 20 (1.44 g) > CWP (1.40 g) > NP (1.10 g), but there was no statistical difference between the fruit weight results except compared to no pruning treatment. Fruit (berries) were used to investigate SSC, TA, total sugar, firmness, total phenolic content, and anthocyanin content, and no significant differences were found among the treatments.
AbstractList The effects of winter pruning severity and the date of summer pruning on growth, yields, and fruit quality of ‘Misty’ southern highbush blueberry were studied. The pruning treatments were as follows: 1) winter pruning severity [unpruned control, conventional pruning (30% removed), and severe pruning (50% removed)] and 2) winter pruning (conventional pruning) + summer pruning date (June 20, July 20, and August 20). The number of buds was highest (894.6) with conventional winter pruning (CWP) + summer pruning (SP) on July 20, followed by conventional pruning (CP) (784.4), then no pruning (NP) (712.2), severe winter pruning (SWP) (656), CWP + SP on June 20 (540), and finally CWP + SP on August 20 (333.4). In general, the improvement in light penetration to the canopy, shaping of bearing shoots, and strengthened cane were observed in the treatment of winter pruning combined with summer pruning on July 20. In the following year, total yields were highest with NP (1,648 g), followed by CWP + SP on July 20 (1,364 g), then CWP + SP on August 20 (962 g), CWP + SP on June 20 (859 g), SWP (844 g), and CWP (762 g). Fruit weight results were as follows: CWP + SP on June 20 (1.53 g) > SWP (1.50 g) > CWP + SP on August 20 (1.48 g) > CWP + SP on July 20 (1.44 g) > CWP (1.40 g) > NP (1.10 g), but there was no statistical difference between the fruit weight results except compared to no pruning treatment. Fruit (berries) were used to investigate SSC, TA, total sugar, firmness, total phenolic content, and anthocyanin content, and no significant differences were found among the treatments.
The effects of winter pruning severity and the date of summer pruning on growth, yields, and fruit quality of ‘Misty’ southern highbush blueberry were studied. The pruning treatments were as follows: 1) winter pruning severity [unpruned control, conventional pruning (30% removed), and severe pruning (50% removed)] and 2) winter pruning (conventional pruning) + summer pruning date (June 20, July 20, and August 20). The number of buds was highest (894.6) with conventional winter pruning (CWP) + summer pruning (SP) on July 20, followed by conventional pruning (CP) (784.4), then no pruning (NP) (712.2), severe winter pruning (SWP) (656), CWP + SP on June 20 (540), and finally CWP + SP on August 20 (333.4). In general, the improvement in light penetration to the canopy, shaping of bearing shoots, and strengthened cane were observed in the treatment of winter pruning combined with summer pruning on July 20. In the following year, total yields were highest with NP (1,648 g), followed by CWP + SP on July 20 (1,364 g), then CWP + SP on August 20 (962 g), CWP + SP on June 20 (859 g), SWP (844 g), and CWP (762 g). Fruit weight results were as follows: CWP + SP on June 20 (1.53 g) > SWP (1.50 g) > CWP + SP on August 20 (1.48 g) > CWP + SP on July 20 (1.44 g) > CWP (1.40 g) > NP (1.10 g), but there was no statistical difference between the fruit weight results except compared to no pruning treatment. Fruit (berries) were used to investigate SSC, TA, total sugar, firmness, total phenolic content, and anthocyanin content, and no significant differences were found among the treatments. KCI Citation Count: 4
Author Lee, Soo Gyeong
Oh, Sung Bok
Kim, Jin Gook
Shin, Mi Hee
Kim, Hong Lim
Cho, Jung Gun
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  email: jgkim119@gnu.ac.kr
  organization: Department of Horticulture, College of Agriculture and Life Sciences, Gyeongsang National University, Institute of Agriculture and Life Science, Gyeongsang National University
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Keywords pruning intensity
pruning timing
secondary shoot
flower bud
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한국원예학회
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Snippet The effects of winter pruning severity and the date of summer pruning on growth, yields, and fruit quality of ‘Misty’ southern highbush blueberry were studied....
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SubjectTerms Agriculture
anthocyanins
Biomedical and Life Sciences
buds
canopy
firmness
fruit quality
Life Sciences
Plant Breeding/Biotechnology
Plant Ecology
Plant Physiology
planting
pruning
Research Report
shoots
small fruits
sugars
summer
Vaccinium corymbosum
농학
Title Effects of summer pruning combined with winter pruning on bush growth, yields, and fruit quality of ‘Misty’ southern highbush blueberry for two years after planting
URI https://link.springer.com/article/10.1007/s13580-015-0101-6
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Volume 56
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ispartofPNX Horticulture, 2015, Environment, and Biotechnology, 56(6), , pp.740-748
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