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Articles

EFFECT OF CHEMICAL THINNING CATKINS ON CHINESE CHESTNUT YIELD AND QUALITY

Article number
844_64
Pages
457 – 460
Language
English
Abstract
By thinning catkins, chestnut yield could be significantly increased and the quality of fruits could be improved.
But thinning catkins manually is very difficult.
The chemical-thinning of chestnut trees catkins is more convenient, more economical and easier than hand-thinning.
This paper reported the effect of SXC on Chinese chestnut yield and quality.
The result showed that there was significant correlatively between yield and catkins-thinning ratio.
Yield of chemical-thinning catkins increased by 32.77%, rate of acarpous cupules reduced by 4.2%, weight of each nut increased by 17.6%, and the amount yield of fruits increased by 38.77% and the ripeness time moved up 7-15 days.

Publication
Authors
Zhao Zongyun, Liu Kuiying
Keywords
Chinese chestnut, SXC, chemical-thinning catkins, yield
Full text
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S.C.S. Bueno | T. Tokunaga | A.J. Berti | E.L. Coutinho | A.H. Maia | O.K. Yamanishi
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