首页> 外文期刊>Korean Journal of Crop Science >Varietal difference in growth response and ginsenoside contents of two-year-old ginseng grown in paddy field with different drainage conditions.
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Varietal difference in growth response and ginsenoside contents of two-year-old ginseng grown in paddy field with different drainage conditions.

机译:不同排水条件下稻田中生长的两岁人参的生长反应和人参皂苷含量存在差异。

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摘要

To select adoptable varieties in paddy soil with relatively high content of soil moisture, the growth characteristics and ginsenoside content of two-year-old ginseng was investigated in paddy soil with two types of drainage conditions such as poorly and imperfectly drained class, using 4 varieties, Cheonpoong (CP), Yeonpoong (YP), Hwangsookjong (HS) Jakyeongjong (JK). The ratio of survived plant in poor drainage conditions was higher than that in imperfect drainage conditions, and the ratio of discolored leaf in the former was lower than that in the latter. The ratio of survived plant was highest in HS, while lowest in YP. The ratio of discolored leaf was lowest in HS, while highest in YP among 4 varieties. Root weight per plant and yield were more distinctly decreased in poor drainage conditions than those in imperfect drainage conditions. Descending order of yield in poor drainage conditions was JK, CP, YP and HS, while CP, YP, JK and HS in imperfect drainage conditions. Varietal difference of rusty colored root was more distinct than that between poor and imperfect drainage conditions. The ratio of rusty colored root was relatively low in CP and JK, while high in YP and HS. Total ginsenoside content of two-year-old ginseng grown in poor drainage conditions was increased more than that in imperfect drainage conditions due to full growth of root. Regardless of different drainage conditions total ginsenoside content was highest in YP, while lowest in HS among 4 varieties, and there were no distinct difference between CP and JK.
机译:为了在土壤水分含量相对较高的水稻土中选择可采用的品种,在排水条件不佳和不完善等两种排水条件下的水稻土中,研究了两年龄人参的生长特性和人参皂苷含量,使用了4个品种,天风(CP),延风(YP),黄淑贞(HS)贾庆宗(JK)。在排水条件较差的条件下,植物的存活率要高于不完善排水条件的,而前者的叶片变色率要低于后者。 HS中存活植物的比例最高,而YP中存活植物的比例最低。在4个品种中,HS变色率最低,而YP变色率最高。与不完善排水条件相比,在不良排水条件下单株根重和单产显着降低。在排水条件较差的情况下,产量下降的顺序为JK,CP,YP和HS,而在排水条件不完善的情况下,CP,YP,JK和HS的产量依次为。锈色根的品种差异比差和不完美排水条件之间的差异更明显。锈色根的比例在CP和JK中相对较低,而在YP和HS中则较高。由于根系的完全生长,在排水条件较差的情况下生长的两岁人参的总人参皂苷含量比在不完全排水条件下的人参总皂苷含量增加更多。在不同的排水条件下,人参皂苷的总含量在YP中最高,而HS在4个品种中最低,CP和JK之间没有明显差异。

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