• Title/Summary/Keyword: dry matter partitioning rate

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Possibilities of Wasabia japonica Matsum Culture using Cold Water of the Soyang River Dam (소양강댐의 냉수(冷水)를 이용한 고추냉이 재배 가능성)

  • Lee, Sung-Woo;Seo, Jeong-Sik;So, Ho-Seob;Beon, Hak-Su;Park, Jang-Hwan;Kim, Suk-Dong
    • Korean Journal of Medicinal Crop Science
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    • v.4 no.4
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    • pp.294-300
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    • 1996
  • We performed an experiment to confirm the possibility of wasabi culture using the wat­er of the Soyang River Dam in Chunchon and the ground water in Suwon. Water mineral content of Soyang River except for P was less than that of ground water of Suwon. Dis­solved oxgen and E C of Chunchon was proper to culture wasabi but E C and dissolved oxgen of Suwon was not suitable for that. Water temp. of Soyang river was very changable by month while that of the ground water in Suwon was kept constantly. In Soyang river of Chunchon the month that water temp. show $8{\sim}18^{\circ}C$, optimal growth temp., was May to Nov. and the month that water temp. show less than $6^{\circ}C$, growth limit temp., was $Jan.\;{\sim}\;Feb.$ of Chunchon. Rhizome weight of main stem in Chunchon and Suwon was 63g and 22g per plant and rate of maketable rhizome was each 80%, 0% by culture of 32 months to include raising see­dling period of 13 months. Dry matter partitioning ratio of petiole in Soyang river of Chunchon was the highest of all others but it was lowest of all others in ground water of Suwon. Rhizome weight of main stem in Chunchon was showed possitive correlation with plant height and fresh top weight and in Suwon it was showed possitive correlation with root weight and high possitive correlation with No. of total leaves and No. of tillers.

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