• Title/Summary/Keyword: economical application method of yakto

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Effect of Several Application Methods of Yakto on Root Yield in Ginseng Seedlings (약토 시용방법이 인삼 양직묘 뿌리 생육에 미치는 영향)

  • Lee, Sung-Sik;Cheon, Seong-Ki;Lee, Jang-Ho;Ahn, In-Ok;Shin, Seong-Lyon;Choi, Kwang-Tae;Lee, Gab-Soo;Lee, Hyung-Sik;Chung, Jae-Dong
    • Journal of Ginseng Research
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    • v.28 no.4
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    • pp.207-210
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    • 2004
  • This experiment was conducted to determine economic application method of Yakto among 6 application method : amount of Yakto application 3 plots(70 l, 25.5 l, 13.3l/kan), and added side dressing(3 l/kan) each plot. The reduced Yakto application(25.5 l/kan) with side dressing(3 l/kan) showed similar root diameter, fresh weight of roots and yield of good seedlings to standard Yakto application(70 l/kan). And also this application method of Yakto gave similar content of Ca and Mg, but the lower content of N, P, K in roots to standard Yakto application(70 l/kan). These suggested that 25.5 l Yakto application added side dressing(3 l/kan) per kan might be economical application method of Yakto.

Effect of Several Application Methods of Yakto on Growth Status of Aerial Parts in Ginseng Seedlings (약토 시용방법이 인삼 양직묘 지상부 생육에 미치는 영향)

  • Lee, Sung-Sik;Cheon, Seong-Ki;Lee, Tae-Su;Yoon, Jong-Hyuk;Park, Hyeon-Suk;Shin, Seong-Lyon;Choi, Kwang-Tae;Lee, Gab-Soo;Ju, Seong-Don;Chung, Jae-Dong
    • Journal of Ginseng Research
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    • v.28 no.4
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    • pp.201-206
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    • 2004
  • This experiment was conducted to determine the economic application method of Yakto among 6 application method : amount of Yakto application $3\;plot(70\;l,\;25.5\;l,\;13,3\;l/kan;\;180cm{\times}90cm),$ and added side dressing(3 l/kan) each plot. The reduced amoumt of Yakto application(25.5 l, 13.3 l/kan) were lower the contents of inorganic nitrogen, $P_{2}O_{5},\;K,\;Ca$ and Mg, but similar pH in bed soil compared with standard Yakto application(70 l/kan). Side dressing applicated on 29 May increased the contents of inorganic nitrogen, $P_{2}O_{5},\;K,\;Ca,\;Mg$ and salt concentration in bed soil compared with non­side dressing in each Yakto application plot(70 l, 25.5 l, 13,3 l/kan). The reduced amoumt of Yakto application(25.5 l/kan) added side dressing(3 l/kan) were similar the contents of inorganic nitrogen, K, Mg and salt but lower $P_{2}O_{5}$ and Ca in bed soil compared with standard Yakto application(70 l/kan) in June. The reduced amoumt of Yakto application(25,5 l/Kan) added side dressing(3 l/kan) was similar the contents of P, K, Ca and Mg but lower N in leaves compared with standard Yakto application(70 l/kan). The reduced amoumt of Yakto application(25.5 l/kan) added side dressing(3 l/kan) was shorter stem length, and higher $5{\%}$ chlorosis of leaf tip, but similar emergence ratio, survival ratio, leaf senescence ratio, chlorophyll, stem diameter and leaf area compared with standard Yakto application(70 l/kan). These suggested that 25.5 l Yakto application added side dressing(3 l/kan) per kan might be possible economical application method of Yakto.