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흡지를 이용한 오미자 증식

Propagation of Schisandra chinensis (TURCZ.) Baillon using Suckers

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Background: To mass-produce standardized Schisandra chinensis with various functional sub- stances, developing vegetative propagation technology is essential. The propagation technology for S. chinensis, including methods using suckers, remains to be established. Methods and Results: To determine the optimal conditions for sucker propagation, suckers were propagated in different seasons (March, April, October, and November), suckers lengths (10 ㎝, 20 ㎝, and 30 ㎝), and bed soils (vermiculite, horticulture media, vermiculite + silty loams, and silty loams). The results showed that the propagation efficiency was higher in November at a sucker length of 10 ㎝ in a bed soil of vermiculite (86.6%). Conclusions: The optimal conditions for S. chinensis sucker propagation were cutting in Novem- ber, 10 ㎝ sucker length, and vermiculite bed soil treatment. These propagation characteristics will provide a basic parameter for cultivating S. chinensis.

Abstract

Background: To mass-produce standardized Schisandra chinensis with various functional sub- stances, developing vegetative propagation technology is essential. The propagation technology for S. chinensis, including methods using suckers, remains to be established. Methods and Results: To determine the optimal conditions for sucker propagation, suckers were propagated in different seasons (March, April, October, and November), suckers lengths (10 ㎝, 20 ㎝, and 30 ㎝), and bed soils (vermiculite, horticulture media, vermiculite + silty loams, and silty loams). The results showed that the propagation efficiency was higher in November at a sucker length of 10 ㎝ in a bed soil of vermiculite (86.6%). Conclusions: The optimal conditions for S. chinensis sucker propagation were cutting in Novem- ber, 10 ㎝ sucker length, and vermiculite bed soil treatment. These propagation characteristics will provide a basic parameter for cultivating S. chinensis.

참고문헌 (21)

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